QUICK START for DOS SAMPLE SOURCE and
HARDWARE REFERENCE CARD
RocketPort 550 Range
RocketPort 550 Universal Range
BroadPort 550 Range
This Guide.
Comtrol GmbH Document Number COM229DOS
Release Rev D 17thDecember 2007
MS DOS Sample source release V1.10
1. Before you begin................................................................................................................................3
2. Extracting the driver files to the PC’s hard disk.............................................................................3
3. Installing Your RocketPort/BroadPort 550 hardware....................................................................4
4. Enumerating the RocketPort/BroadPort 550 for use under a Windows 9x DOS session. ...........5
5. Verifying operation ...........................................................................................................................6
6. RocketPort/BroadPort 550 Removal ................................................................................................6
7. RocketPort 550, RocketPort 550 Universal & BroadPort 550 Connector Pin-outs.....................7
8 Technical Support .............................................................................................................................15
9. Specifications.....................................................................................................................................16
10. Trademarks.....................................................................................................................................18
2
1. Before you begin
V1.10 and above of the DOS sample software supports the original
RocketPort/BroadPort 550 range, the RocketPort/BroadPort 550 Universal range and
the new BroadPort 550 Universal RS422 SMPTE cards.
When this document refers to RocketPort/BroadPort 550 it is relevant to the
RocketPort/BroadPort 550, the RocketPort/BroadPort 550 Universal controller and
the BroadPort 550 cards. If the text is relevant to only one controller type then the
reference will be to the ‘RocketPort/BroadPort 550 Universal’ , ‘original
RocketPort/BroadPort 550’ or BroadPort 550.
The MS DOS sample source code for the RocketPort/BroadPort 550 is supplied as a
self extract file.
The sample source code is intended for use with standard MS DOS. It can also be
used in a DOS session under Windows 9x. It will work with a single
RocketPort/BroadPort 550 controller, however developers are free to modify the code
for operation with multiple RocketPort/BroadPort 550 cards.
This software’s primary purpose is to assist DOS developers in the porting of their
existing Hostess 450/550 register level driver software to the RocketPort/BroadPort
550.
The sample source, as supplied, builds a simple application called ‘TERM’EXE’.
NOTE: The DOS sample source code accesses the RocketPort/BroadPort 550
controller at the register I/O level. Executable code produced using these techniques
cannot be used under Windows NT, XP or 2000.
Prior to installing the RocketPort/BroadPort 550 controller, the driver files must be
extracted to a folder on your PC’s hard disk.
2. Extracting the driver files to the PC’s hard disk
Terminology <cr> means press the enter key.
The term ‘directory’ will be used which is synonymous with a Windows ‘folder’
The following assumes that you are running MS DOS or a DOS session under Windows 9x. If
running under Windows, then you may, of course, use Windows Explorer to create a working folder and
copy/paste files.
1. Create a working directory on your PC’s hard disk eg.,
md c:\r550DOS<cr>
3
2. Copy the zipped file R550DOS.EXE, from the CD to the directory created in
step 1.
copy d:\DOSSMPL\dos550.exe c:\r550DOS <cr>
Step 2 assumes that you are installing from a distribution CD with a driver letter d:
Replace this with the driver letter for your CD ROM drive, if it is different.
Step 2 also assumes that the destination working directory is c:\r550DOS. You should enter
the path to the working directory that you entered in step 1, if it is different.
If you have downloaded the file from Comtrol’s web site then copy it from your download
folder to the Dos sample working directory.
3. Unzip the files by running dos550.exe
cd \r550DOS<cr>
dos550<cr>
3. Installing Your RocketPort/BroadPort 550 hardware
Take care when you handle the RocketPort/BroadPort 550 PCI cards, like any electronic
device, they are sensitive to static electricity. Use normal static precautions such as
wearing an earth ground strap.
Hardware Installation
Power down the host PC and disconnect its mains input.
Follow the host PC manufacturer instructions describing how to access the PC in order
to install additional cards.
Ensure the RocketPort/BroadPort 550 back plate retaining screw is fitted.
Follow the host PC instructions for re assembly of the host PC it’s cabling and re-fitting
of safety covers.
Re-connect the host PC mains input and power up the PC.
If you are using the RocketPort/BroadPort 550 from a Windows 9x DOS session then
the controller hardware will need to be enumerated by Windows, proceed to section 4,
enumerating the RocketPort/BroadPort 550. If you are using MS DOS then proceed to
section 5, verifying operation.
4
4. Enumerating the RocketPort/BroadPort 550 for use under a Windows 9x DOS
session.
The RocketPort/BroadPort 550 controllers require bus enumeration so that they can be
accessed from a Windows 9x DOS session. The procedure is similar to installing a
Windows 9x driver, and the term ‘driver’ is used however no software is actually
installed (or needs to be at this stage). The controllers are simply made known to Windows
9x..
1. In the previous section you installed the RocketPort/BroadPort 550 and powered
up the PC
2. Windows will detect the new hardware at power up and display the:
"Add New Hardware Wizard" dialog Window.
Click Next
3. The next dialog window asks :
Search for the best driver for your device. (Windows Default)
or
Display a list of all the drivers in a specific location, so you can select the driver
you want.
ENSURE THAT SEARCH IS SELECTED
Click Next
4. The next dialog window asks where to search for the Driver.
Select Specify a location
Enter C:\ R550DOS into the dialog Window
If you extracted the driver files to an alternative folder then replace the above path with the
alternative path for the RocketPort/BroadPort 550 DOS files.
5. Windows will search the folder for the Driver
When found, the dialog displays the path to the generic ‘inf ’
file r550dos.inf
Click Next
6. On completion, Windows will display the ‘Finished Installing dialog window’
Click Finish.
5
5. Verifying operation
The MS DOS sample code, consists of a number of ‘C’ source files, headers etc. The
primary purpose is to provide examples for developers in order to assist them in porting
their register level drivers from the Hostess 450/550 ISA range to the
RocketPort/BroadPort 550 series.
A Make file is provided for Borland C/C++ 3.1 along with various environment setting
batch files.
The files, unmodified can be used to build a simple application called ‘TERM.EXE’. This
application can be used to verify the controller installation.
1. Change to the R550DOS working directory.
cd \r550dos
If you extracted the driver files to an alternative folder then replace the above path with the
alternative path for the RocketPort/BroadPort 550 DOS sample files.
2. Place a loopback plug into the port to test.
3. Run the application.
term<cr>
follow the ‘on screen’ instructions, to select the port to test and whether local
echo is required.
Press a key, the character should be echoed to the screen either once (no local
echo) or twice (local echo).
6. RocketPort/BroadPort 550 Removal
Simply delete the files in the working directory C:\r550dos
If you extracted the driver files to an alternative folder then replace the above path with the alternative
path for the driver files.
Shut down and power off the PC prior to accessing the PC in order to remove the
RocketPort/BroadPort 550 controller(s).
Follow the host PC manufacturer instructions describing how to access the PC in order
to remove adapter cards.
Follow the host PC instructions for re assembly of the host PC its cabling and re-fitting
of safety covers.
6
7. RocketPort 550, RocketPort 550 Universal & BroadPort 550 Connector Pin-
outs
RocketPort 550 4 Quad
RocketPort 550 Universal 4 Mini
RocketPort 550 4 RJ45, RocketPort 550 Universal 4 RJ45
RocketPort 550 8 OCTA, RocketPort 550 Universal 8 OCTA
RocketPort 550 8 RJ11, RocketPort 550 Universal 8 RJ11
BroadPort 550 8 Universal (RS422 SMPTE)
BroadPort 550 16 Universal (RS422 SMPTE)
RocketPort 550 8 Port (with dedicated interface box)*
RocketPort 550 16 Port (with dedicated interface box)*
*Includes RocketPort 550 Universal 4, 8 & 16 Port
RocketPort 550 4 Quad Cable - 37 way D type fan out to 4 DB25 Male
DB37 pin DB25 pin RS232 Signal/Port DB37 pin DB25 pin RS232 Signal/Port
35 2 TxD Port 0 26 2 TxD Port 2
34 3 RxD Port 0 25 3 RxD Port 2
16 4 RTS Port 0 7 4 RTS Port 2
17 5 CTS Port 0 8 5 CTS Port 2
15 6 DSR Port 0 6 6 DSR Port 2
37 7 Signal Gnd Port 0 28 7 Signal Gnd Port 2
33 8 DCD Port 0 24 8 DCD Port 2
36 20 DTR Port 0 27 20 DTR Port 2
18 22 RI Port 0 9 22 RI Port 2
12 2 TxD Port 1 3 2 TxD Port 3
11 3 RxD Port 1 2 3 RxD Port 3
30 4 RTS Port 1 21 4 RTS Port 3
31 5 CTS Port 1 22 5 CTS Port 3
29 6 DSR Port 1 20 6 DSR Port 3
14 7 Signal Gnd Port 1 5 7 Signal Gnd Port 3
10 8 DCD Port 1 1 8 DCD Port 3
13 20 DTR Port 1 4 20 DTR Port 3
32 22 RI Port 1 23 22 RI Port 3
Pin 19 of the 37 way connector is not used
Pins 1, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 21, 23, 24 and 25 of each 25 way connector
are not used. The cable shields and connector metal bodies should be connected.
19
37
1
20
7
RocketPort 550 Universal 4 MINI Cable - 44 way HD type fan out to 4 DB9 Male
DB44 pin DB9 pin RS232 Signal/Port DB44 pin DB9 pin RS232 Signal/Port
2 3 TxD Port 0 25 3 TxD Port 2
17 2 RxD Port 0 39 2 RxD Port 2
32 7 RTS Port 0 9 7 RTS Port 2
18 8 CTS Port 0 40 8 CTS Port 2
1 6 DSR Port 0 24 6 DSR Port 2
19 5 Signal Gnd Port 0 41 5 Signal Gnd Port 2
31 1 DCD Port 0 8 1 DCD Port 2
33 4 DTR Port 0 10 4 DTR Port 2
3 9 RI Port 0 26 9 RI Port 2
36 3 TxD Port 1 13 3 TxD Port 3
5 2 RxD Port 1 28 2 RxD Port 3
21 7 RTS Port 1 43 7 RTS Port 3
6 8 CTS Port 1 29 8 CTS Port 3
35 6 DSR Port 1 12 6 DSR Port 3
7 5 Signal Gnd Port 1 30 5 Signal Gnd Port 3
20 1 DCD Port 1 42 1 DCD Port 3
22 4 DTR Port 1 44 4 DTR Port 3
37 9 RI Port 1 14 9 RI Port 3
8
RocketPort 550 8 OCTA Cable - 78 way D type fan out to 8 DB25 Male
DB78 Pin DB25 Pin RS232 Signal/Port DB78 Pin DB25 Pin RS232 Signal/Port
30 2 TxD Port 0 40 2 TxD Port 4
55 3 RxD Port 0 28 3 RxD Port 4
51 4 RTS Port 0 21 4 RTS Port 4
16 5 CTS Port 0 25 5 CTS Port 4
54 6 DSR Port 0 5 6 DSR Port 4
71 7 Signal Gnd Port 0 75 7 Signal Gnd Port 4
35 8 DCD Port 0 43 8 DCD Port 4
49 20 DTR Port 0 22 20 DTR Port 4
36 22 RI Port 0 44 22 RI Port 4
50 2 TxD Port 1 2 2 TxD Port 5
17 3 RxD Port 1 8 3 RxD Port 5
31 4 RTS Port 1 41 4 RTS Port 5
53 5 CTS Port 1 4 5 CTS Port 5
34 6 DSR Port 1 42 6 DSR Port 5
72 7 Signal Gnd Port 1 76 7 Signal Gnd Port 5
33 8 DCD Port 1 23 8 DCD Port 5
32 20 DTR Port 1 3 20 DTR Port 5
15 22 RI Port 1 24 22 RI Port 5
11 2 TxD Port 2 63 2 TxD Port 6
37 3 RxD Port 2 46 3 RxD Port 6
12 4 RTS Port 2 62 4 RTS Port 6
59 5 CTS Port 2 9 5 CTS Port 6
58 6 DSR Port 2 29 6 DSR Port 6
73 7 Signal Gnd Port 2 77 7 Signal Gnd Port 6
39 8 DCD Port 2 48 8 DCD Port 6
13 20 DTR Port 2 61 20 DTR Port 6
20 22 RI Port 2 47 22 RI Port 6
10 2 TxD Port 3 64 2 TxD Port 7
56 3 RxD Port 3 27 3 RxD Port 7
14 4 RTS Port 3 60 4 RTS Port 7
57 5 CTS Port 3 45 5 CTS Port 7
38 6 DSR Port 3 26 6 DSR Port 7
74 7 Signal Gnd Port 3 78 7 Signal Gnd Port 7
18 8 DCD Port 3 6 8 DCD Port 7
52 20 DTR Port 3 1 20 DTR Port 7
19 22 RI Port 3 7 22 RI Port 7
Pin 67of the 78 way connector is not used. Pins 65, 66, 68, 69 and 70 are Signal Ground.
Pins 1, 9, 10, 11, 12, 13, 14, 15, 16, 17, 18, 19, 21, 23, 24 and 25 of each 25 way connector
are not used.
The cable shields and connector metal bodies should be connected.
20
39
59
78
1
21
40
60
9
RocketPort 550 8 RJ11 Cable Pin Out
RJ11 Plug front
and side view
Pin 1
RJ45 Plug front and side view
Pin 1
RJ11 pin RS232 Signals
1 DTR
2 Signal Ground
3 TxD
4 RxD
5 DCD
6 CTS
RocketPort 550 4 RJ45 Cable Pin Out
RJ45 pin RS232 Signals
1 RTS
2 DTR
3 Signal Ground
4 TxD
5 RxD
6 DCD
7 DSR
8 CTS
RocketPort 550 8 Port - with 8 DB25 Female RS232 dedicated interface box
and
RocketPort 550 16 Port - with 16 DB25 Female RS232 dedicated interface box
13
25
1
14
DB25 Female Interface Box Connector
1
14
13
25
DB25 Male Connector
10
Rocket Port Interface Box DB25 Signals
DB25 Pin RS232 Signal RS422 Signal
(RocketPort
RS232/422
version only)
2 TxD *See note See UI manual
3 RxD *See note See UI manual
4 RTS *See note See UI manual
5 CTS *See note See UI manual
6 DSR *See note See UI manual
7 Signal Gnd *See note See UI manual
8 DCD *See note See UI manual
20 DTR *See note See UI manual
15 Not used RxD+ RxD(B) See UI manual
17 Not used RxD- RxD(A) See UI manual
19 Not used TxD+ TxD(B) See UI manual
25 Not used TxD- TxD(A)
*Note : All RS232 signals are present in RS422 mode.
The RocketPort interface box can only be used with the RocketPort 550-8 and
RocketPort 550-16. These controllers have a single DB25F mounted on the backplate
which connects via the RocketPort cable to the interface box. Alternatively the
RocketPort 550-8 and 550-16 controllers may connect to the Comtrol Universal
Interface (UI). Refer to the UI manual for connector pin-outs.
Universal Interface
See UI manual
The Quad, Octa, RJ11 and RJ45 RocketPort versions do not support RS422 mode.
Pins 1, 9, 10, 11, 12, 13, 14, 21, 22, 23 and 24 of each 25 way connector are not used.
BroadPort 550
Each port of the BroadPort 550 can be configurated to be BUS controller or Tributary
(SMPTE STANDARD 207M-1997). The user can select for each port the configuration
using 2 DIP switches.
The DIP switch S1 has 8 switches and control the ports 1-8.
The DIP switch S2 has 8 switches and controls the ports 9-15.
The next tables shows S1 S2
BroadPort 550 DIP SWITCH S1
DIP SWITCH S1 Function
switch 1 closed (open) Port 8 is BUS controller (Tributary)
switch 2 closed (open) Port 7 is BUS controller (Tributary)
switch 3 closed (open) Port 6 is BUS controller (Tributary)
switch 4 closed (open) Port 5 is BUS controller (Tributary)
switch 5 closed (open) Port 4 is BUS controller (Tributary)
switch 6 closed (open) Port 3 is BUS controller (Tributary)
switch 7 closed (open) Port 2 is BUS controller (Tributary)
switch 8 closed (open) Port 1 is BUS controller (Tributary)
11
BroadPort 550 DIP SWITCH S2
DIP SWITCH S2 Function
switch 1 closed (open) Port 16 is BUS controller (Tributary)
switch 2 closed (open) Port 15 is BUS controller (Tributary)
switch 3 closed (open) Port 14 is BUS controller (Tributary)
switch 4 closed (open) Port 13 is BUS controller (Tributary)
switch 5 closed (open) Port 12 is BUS controller (Tributary)
switch 6 closed (open) Port 11 is BUS controller (Tributary)
switch 7 closed (open) Port 10 is BUS controller (Tributary)
switch 8 closed (open) Port 9 is BUS controller (Tributary)
BroadPort 550 (16 ports) Interface SCSI68 Signals
SCSI68
Pin
RS422 Signals
(Tributary)
RS422 Signals
(BUS controller)
1 RxD_B Port 1 TxD_B Port 1
2 RxD_A_Port 1 TxD_A_Port 1
3 TxD_B Port 1 RxD_B Port 1
4 TxD_A Port 1 RxD_A Port 1
5 RxD_B Port 2 TxD_B Port 2
6 RxD_A_Port 2 TxD_A_Port 2
7 TxD_B Port 2 RxD_B Port 2
8 TxD_A Port 2 RxD_A Port 2
9 RxD_B Port 3 TxD_B Port 3
10 RxD_A_Port 3 TxD_A_Port 3
11 TxD_B Port 3 RxD_B Port 3
12 TxD_A Port 3 RxD_A Port 3
13 RxD_B Port 4 TxD_B Port 4
14 RxD_A_Port 4 TxD_A_Port 4
15 TxD_B Port 4 RxD_B Port 4
16 TxD_A Port 4 RxD_A Port 4
17 RxD_B Port 5 TxD_B Port 5
18 RxD_A_Port 5 TxD_A_Port 5
19 TxD_B Port 5 RxD_B Port 5
20 TxD_A Port 5 RxD_A Port 5
21 RxD_B Port 6 TxD_B Port 6
22 RxD_A_Port 6 TxD_A_Port 6
23 TxD_B Port 6 RxD_B Port 6
24 TxD_A Port 6 RxD_A Port 6
25 RxD_B Port 7 TxD_B Port 7
26 RxD_A_Port 7 TxD_A_Port 7
27 TxD_B Port 7 RxD_B Port 7
28 TxD_A Port 7 RxD_A Port 7
29 RxD_B Port 8 TxD_B Port 8
30 RxD_A_Port 8 TxD_A_Port 8
31 TxD_B Port 8 RxD_B Port 8
12
32 TxD_A Port 8 RxD_A Port 8
33 RxD_B Port 9 TxD_B Port 9
34 RxD_A_Port 9 TxD_A_Port 9
35 TxD_B Port 9 RxD_B Port 9
36 TxD_A Port 9 RxD_A Port 9
37 RxD_B Port 10 TxD_B Port 10
38 RxD_A Port 10 TxD_A Port 10
39 TxD_B Port 10 RxD_B Port 10
40 TxD_A Port 10 RxD_A Port 10
41 RxD_B Port 11 TxD_B Port 11
42 RxD_A Port 11 TxD_A Port 11
43 TxD_B Port 11 RxD_B Port 11
44 TxD_A Port 11 RxD_A Port 11
45 RxD_B Port 12 TxD_B Port 12
46 RxD_A Port 12 TxD_A Port 12
47 TxD_B Port 12 RxD_B Port 12
48 TxD_A Port 12 RxD_A Port 12
49 RxD_B Port 13 TxD_B Port 13
50 RxD_A Port 13 TxD_A Port 13
51 TxD_B Port 13 RxD_B Port 13
52 TxD_A Port 13 RxD_A Port 13
53 RxD_B Port 14 TxD_B Port 14
54 RxD_A_Port 14 TxD_A_Port 14
55 TxD_B Port 14 RxD_B Port 14
56 TxD_A Port 14 RxD_A Port 14
57 RxD_B Port 15 TxD_B Port 15
58 RxD_A_Port 15 TxD_A_Port 15
59 TxD_B Port 15 RxD_B Port 15
60 TxD_A Port 15 RxD_A Port 15
61 RxD_B Port 15 TxD_B Port 15
62 RxD_A_Port 15 TxD_A_Port 15
63 TxD_B Port 15 RxD_B Port 15
64 TxD_A Port 15 RxD_A Port 15
65 GND GND
66
67 GND GND
68
Pin 67
Pin 68
SCSI 68 connector front view
Pin 1
Pin 2
13
BroadPort 550 IF DB9 signals
DB9 Pin RS422 signal
(Tributary)
RS422 signal
(BUS controller)
1 Frame Ground Frame Ground
6 GND (TxD signal common ) GND (RxD signal common )
2 TxD_A RxD_A
7 TxD_B RxD_B
3 RxD_B TxD_B
8 RxD_A TxD_A
4 GND ( RxD signal common) GND ( TxD signal common)
9 Frame ground Frame ground
5 N/A N/A
14
8 Technical Support
Comtrol has a staff of support technicians available. Telephone support is available daily,
Monday through Friday (except holidays) on the US (Central Time) or UK number listed
below. Before you call please have the following information available :
Item Your System Information
RocketPort 550
RocketPort 550 Universal
BroadPort 550 Universal
Model number
RocketPort 550
RocketPort 550 Universal
BroadPort 550 Universal
Serial number
RocketPort 550
RocketPort 550 Universal
BroadPort 550 Universal
Device driver version
Interface type
Operating system type and release
PC make, Model and speed
Details of other cards configured in the PC
Comtrol GmbH
Unit 2, Staplehurst Business Park
Weston on the Green
Bicester
Oxfordshire
OX25 3QU
Great Britain
Phone :+44 (0) 1869 352740
Fax : +44 (0) 1869 351858
Email : support@comtrol.co.uk
Web site : http://www.comtrol.co.uk
Comtrol Corporation
6655 Wedgwood Road
Suite 120
Minneapolis
MN 55311-3646
USA
Phone :+1 763 494 4100
Fax : +1 763 494 8992
Email : support@comtrol.com
Web site : http://www.comtrol.com
FTP site : ftp.comtrol.com
telnet : www.comtrol.com
15
9. Specifications
RocketPort 550 & RocketPort 550 Universal Specification
Baud rate :
RP550 PCI 4 (RJ45 and QUAD) 50 to 460.8K baud
RP550 PCI 8 (RJ11 and OCTA) 50 to 115.2K baud
RP550 PCI 8 and 16 Port (uses interface box) 50 to 230.4K baud
RP550 UPCI 4 (RJ45 and QUAD) 50 to 115.2K baud
RP550 UPCI 8 (RJ11 and OCTA) 50 to 115.2K baud
RP550 UPCI 8 and 16 Port (uses I/F box) 50 to 230.4K baud
Note : Throughput (CPS) is dependant upon platform, operating system & application s/w
Bus interface 32 Bit PCI (5V) UPCI (5V &
3.3V)
Control by device driver
Data bits 5,6, 7 or 8
Parity Odd, Even,Mark, Space or None
Stop bits 1, 1.5, or 2
Note: Certain combinations of data bits, parity or stop bits may not be allowed by some
operating systems.
BroadPort 550 Universal Specification
Baud rate :
BP 550 UPCI 8 (SMPTE) 50 to 230.4K baud
BP 550 UPCI 16 (SMPTE) 50 to 230.4K baud
Note : Throughput (CPS) is dependant upon platform, operating system & application s/w
Bus interface UPCI (5V & 3.3V)
Control by device driver
Data bits 5,6, 7 or 8
Parity Odd, Even,Mark, Space or None
Stop bits 1, 1.5, or 2
Note: Certain combinations of data bits, parity or stop bits may not be allowed by some
operating systems.
Environmental Condition Specification
Air temperature :
System on 0 to 40ºC
System off -20 to 85ºC
Humidity (non-condensing)
System on 8 to 80%
System off 20 to 80%
Altitude 0 to 10,000 feet
MTBF Greater than 30 years
16
Product 5V Current +12V Current -12V Current
RocketPort 550 4 Quad 210 mA 20 mA 20 mA
RocketPort 550 4 RJ45 190 mA 20 mA 20 mA
RocketPort 550 8 OCTA 140 mA 120 mA 120 mA
RocketPort 550 8 RJ11 250 mA 80 mA 80 mA
RocketPort 550 8 Port
215 mA 0 mA 0 mA
See note*
RocketPort 550 16 Port
300 mA 0 mA 0 mA
See note*
Product 5V Current +12V Current -12V Current
RocketPort 550 Universal 4
260mA 200mA 200mA
RJ45
RocketPort 550 Universal 4
280mA 200mA 200mA
Mini
RocketPort 550 Universal 8
400mA 400mA 400mA
OCTA
RocketPort 550 Universal 8
315mA 260mA 260mA
RJ11
RocketPort 550 Universal 8
400mA 0 mA 0 mA
Port See note*
RocketPort 550 Universal
600mA 0 mA 0 mA
16 Port See note*
*Note the current figures are for the card only and do not include the attached interface box.
Refer to the manual for the RocketPort or Universal interface boxes for current consumption
figures and addto the above.
Product 5V Current +12V Current -12V Current
BroadPort 550 Universal 8 250 mA N/A N/A
BroadPort 550 Universal 16 300 mA N/A N/A
17
10. Trademarks
Copyright
Copyright 2007 Comtrol GmbH All rights reserved.
Product names mentioned in this document may be trademarks and/or registered
trademarks of their respective companies.
Microsoft, MS-DOS, MS, Windows, Windows NT, Windows 95, Windows 98, MSN,
MSDN and Visual C++ are registered trademarks of Microsoft Corporation.
“Acrobat®Reader Copyright © 1987-2001 Adobe Systems Incorporated. All rights
reserved. Adobe and Acrobat are trademarks of Adobe Systems Incorporated which
may be registered in certain jurisdictions”
Comtrol reserves the right to make product and user guide changes without notice
Comtrol makes no representations or warranties with regard to the contents of this
Quick Start Card or to the suitability of any Comtrol product for any particular purpose.
Specifications are subject to change without notice. Some software or features may not
be available at the time of publication. Contact your reseller for current product
information.
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